The Future of Smartphones is in Dual Camera?

Dual Camera Smartphones – Explained

Dual Camera Smartphones

There’s plenty of rumors about the next iPhone. The iPhone 7 or 7plus or 7 Pro or whatever it’s called having dual camera lenses. I mean is plenty of other rumors about the next iPhone but that’s what we’re focusing on also LG and Huaweiboth in the last year worked with Google to make the next smartphones that we got and then exactly a year later. Now here both companies also have a dual camera smartphone out on the market.

What do they know that we don’t get we really interesting to find out? Obviously, but with VR having a really big year and 360-degree video having a really big year. You could argue that the features in smartphones over the past couple years have slowed down a little bit. It wouldn’t be a huge surprise to see a bunch of smartphones in the next one or two years that have dual cameras on the back. So here’s the deal this is one of the smartphones with the dual cameras on the back is what it looks like this is the LG G5. It’s also a really interesting phone and a bunch of other ways for the view of it coming soon. But this is what the dual cameras on the back of the SmartPhone lookslike.

LG G5

And like I said there’s a bunch of those who do cameras but here’s the thing to note is there’s almost never two identical cameras. It’s usually one main camera and then also another secondary camera. Then that secondary camera captures sort of extra information or a slightly different image that’s usually given back to add to the original.

Now one of the OG’s at this whole dual camera in a smartphone thing was the HTC Evo 3Dback in 2011 and this one actually did have identical cameras on the back so two of the same camera the back module is huge. Essentially we use both of those cameras to take a slightly different image from that slightly different angle. It was stitched them together in software to create a 3D image that you could look at on its glasses-free 3D displayand I would say this flopped. But it kind of didn’t mean this is back in 2011 and how many other 3D smartphones have you seen since then. Exactly.

So more recently a film that came out with dual camera lenses on the back was probably more recognizable is the HTC one M8. This one had a main 4-megapixel camera on the back and a second sensor specifically for recording the depth information of the whole scene so what this would be able to tell what was in your photo in the foreground what was further away in the background. They could apply some software effects like fake bokeh or whatever artsy stuff to take advantage of this separation. Now again I wouldn’t say this one flopped either. In fact, the one series is still part of an HTC’s most important line of smartphones right now. But this first one was I mean the software was that. it was superb and best is what I’m saying. A lot of times you can even tell if it was really even using that depth information the book I would get all glitchy on the edges and you’d wonder why so it wasn’t fantastic but it was a pretty cool concept.

Now fast forward to 2016 and we have smartphones like the LG G5 and the Huawei P9 again like I said from the two manufacturers that happened to work with Google on a smartphone last year. This G5 has a regular 16MP camera on the back with a regular field of view but then right next to it next to the laser autofocus is an additional camera a super wide angle 135 degree 8MP camerafor those crazy super wide shotsand you can switch between them on the fly.

If you want to do so they don’t really work together to add information to one image but it can be pretty fun to play with the super wide angle kind of it’s almost like a Go Pro camera a lot of times. So you can get these cool landscapes or architectures in the city or whatever other really what I think of shots you think of dope. Huawei P9 is the other one I don’t have opinion with me but the P9 is the same deal primary camera and secondary. The primary is a regular RGB sensorand the secondary camera is a monochrome sensor so it’s like a black and white camera but because there’s less color information it can do additional, detail in sharpness and then I make range and then we’ll take that image information and use software too. It together with the original RGB image to create a much better looking original photo.

Dual Camera Lenses

So right now there really isn’t any theme or overlapping standard for why smartphones have dual cameras on the back it’s just sort of a mix and match do whatever you want with it. It’s like we said we’re expecting Apple to probably have an iPhone 7 or 7 Pro or something like that with maybe two camera lenses on the back. But we don’t know what Apple would be doing with that we don’t know if it would be maybe two identical image sensors doing stereoscopic 3D or would they be like a primary secondary type of thing where the secondary one would pick up additional color information or light values we just don’t know. What we do know is it’s a feature and it’s not really quite up to its full potential.

Right now in smartphones as we see them mostly because we don’t even know what that full potential really is. I would like to see two identical cameras on the back but facing slightly apart from each other so that they could capture two simultaneous high-resolution images and then stitch them together into one high rez panorama without software tricks. I think that would be pretty dope or maybe something else related to VR. We see all these 360-degree videos all the time now on Facebook and on YouTube obviously having a smartphone they can capture 360 degrees without an extra accessorythat you have to carry around would be pretty cool. But again this is all just wishful thinking from one person but what it’s cool to know is that it’s not just me thinking about this stuff it’s a lot of people so we know that there are companies every day working to try to make this into something cool. So when the next iPhone or the next Samsung or the next Nexus comes out and has dual camera smartphone. Now you know why. Thanks for reading.